MAGNETIC CARD READER DESIGN KIT TECHNICAL SPECIFICATION

Transcription

1 MAGNETIC CARD READER DESIGN KIT TECHNICAL SPECIFICATION Part Number: D Rev 212 MAY 2017 REGISTERED TO ISO 9001: Apollo Court Seal Beach, CA Phone: (562) FAX: (562) Technical Support: (651)

2 Copyright MagTek, Inc. Printed in the United States of America Information in this document is subject to change without notice. No part of this document may be reproduced or transmitted in any form or by any means, electronic or mechanical, for any purpose, without the express written permission of MagTek, Inc. MagTek is a registered trademark of MagTek, Inc. REVISIONS Rev Date Notes Number 1 4/7/97 Initial Release 2 6/10/97 Added Tech Support Phone Number on Title Page 3 4/1/98 Added BOM For Doc 4 5/1/98 Fixed Date 5 5/7/98 Revised #4 Washer, para /10/99 Incorporated all documents and drawings into basic document and formatted for PDF files 7 11/30/99 Changed to reflect PCB layout. Changed UART to USART. Dwg and Dwg added substitute terminal. 8 01/19/00 Section 3.1 and Appendix 1: For Insertion Readers, deleted drawing numbers and and replaced with , , , , ; Deleted drawing numbers and and replaced with , , and Added drawings , and Spec /2/00 Updated and added document Updated and added document /08/01 Updated Dwg from Rev 2 to Rev A 11 02/20/01 Reformatted pagination 12 06/06/02 Updated with revised drawing 13 08/06/02 To Design Requirements, added 5 Molex mating connectors 14 04/08/03 Front Matter: added ISO line to logo 15 04/23/ /01/03 Sec 2: parts required, changed drawing to In Drawings, replaced Drawing with , with -11, with -4, with -3, with -4 Section 1: Editorial throughout to match drawing changes. Drawing Section: added drawings: , , , , , , , ; deleted drawings: , , , , , , , , , /31/05 Updated to include 5mm (ULP) head family and Delta ASIC 18 2/17/06 Replaced head and pivot pins with shorter versions 19 5/19/06 Added 2-track beam head ( & ) 20 3/12/08 Added on Accordion Spring; added Encrypting IntelliHeads to related documents /14/11 Removed 2-track head assemblies for insert readers; added /31/17 Add section Orientation to provide details on swipe head rotation ii

3 Table of Contents 1. SCOPE PURPOSE READ HEADS ELECTRONIC DESIGN DESIGN REQUIREMENTS FOR SWIPE READERS PARTS REQUIRED READER BODY DESIGN HEAD POSITION AND LOCATION Horizontal Position Vertical Position Orientation Perpendicularity of Head to Card CARD SLOT DESIGN Width Height Length SPRING CONTROL MATERIALS Reader Body Wear Strip DESIGN REQUIREMENTS FOR INSERT READERS PARTS REQUIRED READER BODY DESIGN HEAD POSITION AND LOCATION Horizontal Position Vertical Position CARD PATH Width Height Length SPRING CONTROL MATERIALS... 5 Tables and Figures Figure A-1. Head Pin (Used for Beam Style Head Mounting)... 7 Figure A-2. Pin Pivot (Used for Beam Style Head Mounting)... 8 Figure A-3. Head Spring (Used for Beam Style Head Mounting)... 9 Figure A-4. Head Spring (Used for Beam Style Head Mounting) Figure A-5. 3-Track Read Head on Butterfly Spring Figure A-6. 2-Track Read Head Assembly with Cable and 7-Pin Connector Figure A-7. 3-Track Read Head Assembly with Cable and 7-Pin Connector Figure A-8. 3 Track Read Head 5mm Accordion Spring Figure A-9. Pivot Plate Figure A-10. Swipe Reader Design Criteria Figure A-11. Insert Reader Design Criteria Figure A-12. Swipe Reader Design Criteria for Accordion Spring Figure A Track Read Head on Low Profile Beam Arm Figure A Track Read Head on Beam Assembly with Cable and 7-Pin Connector Figure A-15. Washer-Flat SS ID x OD x Thick Figure A-16. Magnetic Head, 2-Track Read, Ultra Low Profile Figure A-17. Magnetic Head, 3-Track Read, Ultra Low Profile Figure A-18. ASCII Character Conversion Chart iii

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5 1. SCOPE 1.1. PURPOSE The purpose of this document is to provide general information relating to the mechanical design of both swipe and insert Magnetic Stripe Readers READ HEADS The suggestions and guidelines contained in this document can be used to design magnetic stripe readers using conventional heads which are listed in the Parts Required tables below. Alternatively, the MagTek IntelliHead family of products can be used in these same readers. Information about the IntelliHead products can be found in some of the documents listed in the table in Appendix A ELECTRONIC DESIGN This kit does not address the design of the electronics or the firmware required to extract information from the magnetic stripes. However, MagTek offers a tripletrack ASIC (Delta ASIC, p/n / ) which can be used to simplify the reading of the magnetic data. Refer to the table in Appendix A to locate the related documentation. 2. DESIGN REQUIREMENTS FOR SWIPE READERS 2.1. PARTS REQUIRED Butterfly Spring Assembly Qty Description MagTek Part Number 1 Swipe Reader Design Criteria track Head Assembly (TK 1, 2 or 2, 3); 7-pin connector* track Head Assembly; 7-pin connector* Pivot Plates #4 x 0.25 long Self Tapping Screw Type B N/A Accordion Spring Assembly Qty Description MagTek Part Number 1 Swipe Reader Design Criteria Track Head Assembly; 7-pin connector* * Mates with any Molex series: 53398, straight, SMT; 53261, Right Angle, SMT; 53047, Straight, Thru Hole; 53048, Right Angle, Thru Hole; and 51047, to Wires READER BODY DESIGN The critical areas and dimensions of the swipe reader body are shown in drawing D (for butterfly spring designs) and D (for accordion spring designs); both are located in Appendix A. 1

6 Magnetic Card Reader Design Kit 2.3. HEAD POSITION AND LOCATION The Head Assembly consists of a thin, flexible head mount spring that doubles as a locator and supplies the force for the head-to-card contact Horizontal Position The gap is located longitudinally, midway between the pivot pins of the pivot plates, centered in the opening of the reader body Vertical Position The centerline of the gap (width) is mounted on the line connecting the centers of the pivot plate mounting holes, Datum B in drawing D Datum B is also the centerline of Track 2 which is located inch (10.4mm) from the top edge of the Magnetic Card, Datum C. Reference Datum B and Reference Datum C must be parallel within inch (0.076mm) in order to minimize the rotational displacement between the read head and the recorded bit on the card Orientation When planning the process for assembling the head with its rail, it is important to make sure the head is oriented correctly (not rotated 180 degrees), or the assembled device will improperly attempt to read track 3 data from the track 1 area of the card and vice-versa. In cases where the head design appears symmetrical about the axis that would reverse track 1 and track 3, MagTek recommends doing the following to ensure proper orientation in final assemblies: 1. Obtain the latest drawing of the head from MagTek. 2. Find the ground tab shown in the drawing and note its position relative to Track 1 and Track Install the head in a prototype rail using the ground tab as a reference. 4. Swipe a test card in the prototype rail to make sure Track 1 and Track 3 are not reversed. If they are, rotate the head in the rail and test again. If the head design has already been finalized and Track 1 and Track 3 are reversed, see the Programmer s Reference of the head you are using to find information about configuring the head to swap the Track 1 and Track 3 outputs Perpendicularity of Head to Card The force exerted on the card is dependent on the assembly of the head into the spring, the spring rate, and the subsequent location of the head/card contact point (crown) to the mounting surface of pivot plates. The controlling dimension is inches (7.061mm) with a tolerance of inch (0.076mm). The head rests against the far wall with the flexed spring exerting a very light force. The insertion of the card raises the force to the level required for reliable head performance CARD SLOT DESIGN 2

7 Design Requirements Width The card slot is configured to operate with card thickness of to inch (0.254 to 0.838mm). The slot width is to inches (0.864 to 0.965mm). Draft angles used in the making of this part (injected molding) must be within the inch (0.102mm) allowance. The slot width of to inch (0.965 to 1.067mm) must be maintained to minimize the tilt of the card in the slot. The card travels through the slot at the whim of the operator with a great deal of tilting within the slot axis. The read head must follow the tilts in order to work correctly. Excessive slot width will allow the card to lean to the limit of the compliance in the head spring system as well as displacing the track vertically Height The height of the slot should be no less than 0.75 inch (19.05mm) and no more than 1.25 inches (31.75mm). The low limit is to prevent excessive tilt of the card in the slot and the upper limit prevents the embossing on the card from entering the slot Length The minimum length should not be less than 1.75 inches (44.45mm) from the centerline of the head to either end. Two inches (50.8mm) is the minimum distance required to insure the edge of the card is fully in contact with reference Datum C. Shorter distances will allow the card to assume a nose up slant and enter the read head too high, or nose down prematurely on leaving, resulting in misreads. The longer the slot, the better SPRING CONTROL The pivot pins enter inch (2.286mm) diameter holes that have a raised hub of inch (3.81mm) diameter and a dimension from the far wall of inch (2.997mm). Operators have a tendency, at times, to test their ability to traverse the card through the slot at a high rate of speed. The resulting card to head impact slides the head sideways off the pivot pin. The hole and hub arrangement prevents the disengagement. Neither head nor spring suffers from impact, but the system is disabled by a displaced head MATERIALS Reader Body Recommended materials for the reader body are ABS or Polycarbonate (PC) + 15% Glass (or other suitable material). Both should have the UL 94 V0 rating Wear Strip Wear strips are optional depending on application requirements. 3

8 Magnetic Card Reader Design Kit 3. DESIGN REQUIREMENTS FOR INSERT READERS 3.1. PARTS REQUIRED Qty Description MagTek Part Number 1 3-track Low Profile Head Assembly; 7-pin connector* Pin Head (Low Profile) Pin Pivot (Low Profile) Head Spring Retaining Ring (E Type 3/32 Shaft, e.g. Waldes Truarc ) Flat Washer * Mates with any Molex series: 53398, straight, SMT; 53261, Right Angle, SMT; 53047, Straight, Thru Hole; 53048, Right Angle, Thru Hole; and 51047, to Wires READER BODY DESIGN The critical areas and dimensions of the insert reader body are shown in drawing D located in Appendix A HEAD POSITION AND LOCATION The Head Assembly consists of a ridged beam head mount. A spring supplies the force for the head-to-card contact Horizontal Position See drawing D in Appendix A for position Vertical Position The centerline of the gap (width) is mounted on the line connecting the centers of the pins (head and pivot) mounting holes, Datum A in drawing D Reference Datum A and Reference Datum C must be parallel within inch (0.076mm) in order to minimize the rotational displacement between the read head and the recorded bit on the card CARD PATH Width The width of the Card Path should be inches / (54.20mm / ) Height The Card Path is configured to operate with card thickness of to inch (0.254 to 0.838mm). The Card Path height is to inch (0.965 to 1.067mm) Length The length of the Card Path should accommodate card reading requirements. In order to read a full ISO-encoded track, the slot must accommodate the full length 4

9 Design Requirements of the card with the edge of the card just past the crown of the head when the card is fully inserted SPRING CONTROL The recommended force of the spring is 5 to 8 ounces (142 to 227 grams) with the card inserted MATERIALS Recommended materials for the reader body are ABS or Polycarbonate (PC) + 15% Glass (or other suitable material). Both should have the UL 94 V0 rating. 5

10 Magnetic Card Reader Design Kit Technical Specification Appendix A. Documents and Drawings List Table A-1. List of Drawings Part Number Description Page # Figure A-1. Head Pin (Used for Low Profile Beam Style Head Mounting) Figure A-2. Pivot Pin (Used for Low Profile Beam Style Head Mounting) Figure A-3. Head Spring (Used for Beam Style Head Mounting) Figure A-4. 2-Track Read Head on Butterfly Spring Figure A-5. 3-Track Read Head on Butterfly Spring Figure A-6. 2-Track Read Head Assembly with Cable and 7-Pin Connector Figure A-7. 3-Track Read Head Assembly with Cable and 7-Pin Connector Figure A-8. 3 Track Read Head 5mm Accordion Spring Figure A-9. Pivot Plate Figure A-10. Swipe Reader Design Criteria Figure A-11. Insert Reader Design Criteria Figure A-12. Accordion Spring Swipe Reader Design Criteria Figure A Track Read Head on Low Profile Beam Arm Figure A Track Read Head on Beam Assembly with Cable and 7-Pin 20 Connector Figure A-15. Washer-Flat SS ID x OD x Thick Figure A-16 Magnetic Head, 2-Track Read, ULP Figure A-17. Magnetic Head, 3-Track Read, Low Profile Retaining Ring, E Type, 3/32 Shaft n/a D Figure A-18. Application Note: Character Conversion 24 Part Number Table A-2. Related Documents Description Use Figure on page Related Document volt Triple Track Decoder with Shift-Out Interface (tube) n/a D volt Triple Track Decoder with Shift-Out Interface (tape & reel) n/a D Track Shift-Out IntelliHead on Butterfly Spring 13 D Track Shift-Out IntelliHead on Butterfly Spring 12 D Track RS-232 IntelliHead on Butterfly Spring 13 D Track USB HID IntelliHead on Butterfly Spring 13 D Track USB KB IntelliHead on Butterfly Spring 13 D Track Shift-Out IntelliHead on Accordion Spring 14 D Track USB HID IntelliHead on Accordion Spring 14 D Track USB KB IntelliHead on Accordion Spring 14 D Track RS-232 IntelliHead on Accordion Spring 14 D Track Shift-Out IntelliHead on Beam Arm 20 D Track Encrypting SPI IntelliHead on Butterfly Spring 13 D Track Encrypting SPI IntelliHead on Beam Arm; 125mm/8P 20 D Track Encrypting SPI IntelliHead on Accordion Spring 14 D Track Encrypting SPI IntelliHead on Beam Arm; 50mm/10P 20 D

11 Appendix A. Documents and Drawings List Figure A-1. Head Pin (Used for Beam Style Head Mounting) 7

12 Magnetic Card Reader Design Kit Figure A-2. Pin Pivot (Used for Beam Style Head Mounting) 8

13 Appendix A. Documents and Drawings List Figure A-3. Head Spring (Used for Beam Style Head Mounting) 9

14 Magnetic Card Reader Design Kit Figure A-4. Head Spring (Used for Beam Style Head Mounting) 10

15 Appendix A. Documents and Drawings List Figure A-5. 3-Track Read Head on Butterfly Spring 11

16 Magnetic Card Reader Design Kit Figure A-6. 2-Track Read Head Assembly with Cable and 7-Pin Connector 12

17 Appendix A. Documents and Drawings List Figure A-7. 3-Track Read Head Assembly with Cable and 7-Pin Connector 13

18 Magnetic Card Reader Design Kit Figure A-8. 3 Track Read Head 5mm Accordion Spring 14

19 Appendix A. Documents and Drawings List Figure A-9. Pivot Plate 15

20 Magnetic Card Reader Design Kit Figure A-10. Swipe Reader Design Criteria 16

21 Appendix A. Documents and Drawings List Figure A-11. Insert Reader Design Criteria 17

22 Magnetic Card Reader Design Kit Figure A-12. Swipe Reader Design Criteria for Accordion Spring 18

23 Appendix A. Documents and Drawings List Figure A Track Read Head on Low Profile Beam Arm 19

24 Magnetic Card Reader Design Kit Figure A Track Read Head on Beam Assembly with Cable and 7-Pin Connector 20

25 Documents and Drawings Figure A-15. Washer-Flat SS ID x OD x Thick 21

26 Magnetic Card Reader Design Kit Figure A-16. Magnetic Head, 2-Track Read, Ultra Low Profile 22

27 Appendix A. Documents and Drawings List Figure A-17. Magnetic Head, 3-Track Read, Ultra Low Profile 23

28 Magnetic Card Reader Design Kit Figure A-18. ASCII Character Conversion Chart 24